Ko e Rhenium ko ha ukamea hahamolofia ʻaupito ia ʻoku ʻi ai ha ngaahi koloa lahi ʻoku ne ʻai ke makehe. ʻOku faʻa fakaʻaongaʻi ia ʻi ha ngaahi misini malohi mo fakahoko ha fatongia mahuʻinga ʻi ha ngaahi kemikale lahi. Te ke lava ʻo maʻu rhenium ʻi ha fotunga haohaoa pea ko ha konga ia ʻo e konga lahi ʻo e alloys manakoa ʻo e ʻaho ni. ʻE lava ke ne fakamoʻoniʻi ʻoku ʻaonga kiate kinautolu ʻoku ngāué… Lau ke lahi ange »
Fuofua ʻiloʻi e hala ʻi he 1778, ʻOku ʻiloa ʻa e molybdenum ʻi heʻene fuʻu ductile. ʻOku toe ʻiloa foki ia ʻi he matuʻaki fakafepaki ki he corrosion pea mo hono maʻu e taha ʻo e ngaahi meʻa maʻolunga taha ʻo e ngaahi ʻelemeniti haohaoa kotoa pe. Ko e tantalum pe mo e tungsten ʻoku maʻolunga ange ia ʻi he molybdenum. Ka neongo ia, that’s not all there is to know about… Lau ke lahi ange »
Nickel is a metal that has been around for thousands of years now. Nickel was used to make bronze knife coins and other objects in China as far back as 1046 BC. Nickel alloys are also one of the most popular alloys today. They’re used to manufacture products that are utilized in many different industries,… Lau ke lahi ange »
Industrial metals have just about always played an important role in the well-being of the global economy. Ka neongo iá, these days it appears as though industrial metals are going to play even more of a role than usual in spite of the global trade wars that are on the brink of breaking out. In the coming… Lau ke lahi ange »
Tungsten, which was first discovered about 350 ngaahi taʻu lahi kuo hilí, ʻoku ʻiloa ia ʻi heʻene hoko ko e taha ʻo e ngaahi ʻelemeniti faingataʻa taha ʻoku maʻu ʻi natula. ʻOku fuʻu matolu ʻaupito pea ʻoku ʻikai lava ke vaia. Kuo tokoni hono mālohí mo hono tolongá ki he kakaí ke nau maʻu ʻa e faʻahinga fakaʻaongaʻi kotoa pē ki aí. Here are some other interesting facts about tungsten that you… Lau ke lahi ange »
On the surface, alloys and composites have at least one big thing in common. Alloy and composite materials are both made up of a mixture of at least two components. Alloys and composites are also similar in that they exhibit different properties than the properties associated with the materials that are used to make them…. Lau ke lahi ange »
Mahalo ʻoku ʻikai ko ha ukamea ʻiloa ʻa Vanadium, ka ʻoku ʻai ʻe hono ngaahi ʻulungāangá ke hoko ia ko ha fili lelei ki ha ngaahi ngāue ʻe niʻihi. Neongo kuo teʻeki ai ke vanadium fiefia ʻi hono manakoa ʻo ha ngaahi ukamea kehe, kuo laka hake he senituli ʻe ua pea kuo fakaʻaongaʻi fakakomesiale ia ʻi ha ngaahi taʻu lahi. Ko hano vakaiʻi fakalukufua ʻeni ʻo e vanadium mo hono ʻiloʻi. Vanadium… Lau ke lahi ange »
Kovar has been in use for many decades. Despite its relatively long history, many people outside of engineering fields may never have heard of this valuable alloy. This is an overview of kovar. The name Kovar is actually trademarked by a Delaware corporation, CRS Holdings, Inc. Kovar was first patented in the U.S. in 1936…. Lau ke lahi ange »
Zirconium is an element that is commonly used as an opacifier and refractory, though it is used in other applications as well. It was first discovered in the late 18th century, but was not isolated until the 19th century or made available in a pure from until the early 20th century. Zirconium is not found… Lau ke lahi ange »
Ko e Rhenium ko ha ukamea hahamolofia ʻaupito ia ʻoku ʻi ai hono ngaahi ʻulungaanga kehekehe ʻoku ne ʻai ke feʻunga mo ha ngaahi taumuʻa lahi he ʻaho ni. ʻOku ne maʻu ʻa e tuʻunga maʻolunga taha ʻo ha taha ʻo e ngaahi ʻelemeniti ʻi he tepile fakataimi, pea ʻoku ʻi ai ʻa e taha ʻo e ngaahi meʻa vaia māʻolunga tahá. Ko e ola ʻo e meʻa ni, rhenium is often used for… Lau ke lahi ange »
"*" fakahā mai a e ngaahi konga (field) oku fiemaʻ
"*" fakahā mai a e ngaahi konga (field) oku fiemaʻ
